柑橘营养:印度人的视角

A. Srivastava
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引用次数: 1

摘要

营养约束的诊断和管理是健全柑橘肥料计划的两个重要支柱,尽管它在印度的历史与柑橘种植一样古老。不同的诊断工具(叶片养分标准、土壤速效养分阈值、金属酶活性、花序分析、果汁养分标准、木质部汁液分析);基于叶片和土壤的养分标准已确立了其相对于其他诊断方法的优越性。为印度不同的商业品种制定的最佳叶片营养标准进一步证明了通过品种特异性诊断来识别营养限制的必要性,以便进行精确诊断。通过建议的印度柑橘品种的最佳土壤肥力限制,主要由普遍的土壤肥力限制所控制,设想了类似的观察结果。多地点特定营养物质的田间反应研究在其他地点复制时严重缺乏产量和质量改善的一致性。特定地点的养分管理研究证明了基于土壤类型的施肥,建议根据果园内的树冠大小量身定制肥料,以得出果园内肥料使用的合理性。施肥进一步减少了30-40%的最佳肥料需求,此外,基于微生物联合体的综合养分管理比传统的RDF节省了30%。在提高肥料使用效率方面已经取得了许多其他重大进展,例如基于传感器的可变速率施用、磁化灌溉施肥、露地水培和双重用途微生物负载基质(有机肥),其中富含有限的无机肥料,统称为INM,这是一种可行的替代方案。
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Citrus nutrition: An Indian perspective
Diagnosis and management of nutrient constraints are the two important pillars of sound citrus fertilizer program, although its history in India is as old as cultivation of citrus. Of the different diagnostic tools (leaf nutrient standards, soil thresholds of soil available nutrients, metalloenzyme activity, inflorescence analysis, juice nutrient standards, xylem sap analysis); leaf and soil-based nutrient standards have established their superiority over rest of the diagnostic methods. Optimum leaf nutrients standards developed for different commercial cultivars in Indiahave further warranted the necessity of identifying nutrient constraints through cultivar specific diagnostics in order to inflict precision diagnosis. Similar observations were envisaged through optimum soil fertility limits suggested for Indian citrus cultivars, primarily governed by prevailing soil fertility constraints. Multi-location nutrient specific field response studies lacked heavily on the point of uniformity in yield and quality improvements when replicated at other locations. Site-specific nutrient management studies demonstrated soil type-based fertilization, suggesting the fertilizers to be tailored as per canopy size within an orchard to derive rationality in fertilizer use within an orchard. Fertigation has further reduced the optimum fertilizer requirement by 30-40%, in addition to microbial consortium-based integrated nutrient management saving 30% cut from conventional RDF. Many other significant advances have taken place to improve the fertilizer-use-efficiency e.g. sensor-based variable rate application, fertigation using magnetized irrigation, open field hydroponics and dual purpose microbially loaded substrate (organic manure) enriched with limited inorganic fertilizers collectively known as INM a plausible alternative.
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